Olympic Queen Information, Review, Specs

Sailing Performance & Handling

The sailing characteristics of the Olympic Queen are defined by its significant displacement and a conservative underwater profile. In the case of the Queen 33, the boat utilizes a long fin keel and a skeg-hung rudder, a configuration that provides exceptional directional stability and protects the steering gear from debris. This makes the Queen an excellent tracker, requiring less frequent corrections at the helm compared to modern spade-rudder designs.

Technical data for the Queen 33 suggests a Sail Area to Displacement (SA/Disp) ratio in the lower-to-mid teens, which categorizes the boat as a "heavy cruiser." Owners and technical reviewers from the era often noted that the boat requires a stiff breeze to "wake up," as its wetted surface area is substantial. However, once the hull reaches its hull speed, the Olympic Queen is known for its "big boat" feel, carving through chop with minimal hobby-horsing. The Queen 26, benefiting from the Philip Rhodes lineage, exhibits the balanced helm and seaworthiness typical of his designs, such as the Rhodes Reliant. It is a stiff boat that carries its canvas well into a blow, though it is not a contender in light-air regattas where lighter coastal sailors would prevail.

Interior Comfort & Variations

The interior of the Olympic Queen series reflects the era’s preference for heavy teak joinery and a functional, sea-going layout. In the 33-foot variant, the cabin is remarkably spacious for a yacht of its vintage, often featuring a traditional U-shaped galley to port and a dedicated navigation station to starboard. The use of solid wood and veneers provides a warm, classic aesthetic, though some hulls built for the Mediterranean charter market may feature more utilitarian finishes to facilitate easy cleaning.

Headroom in the Queen 33 is generous, typically exceeding 6’2” in the main salon, which was a significant selling point for the Canadian market. The sibling Olympic 33 models sometimes varied in their cabin configurations, with some versions offering an additional pilot berth in the salon or a larger V-berth in the forward cabin. The materials used in the Canadian-built Montreal versions were often adapted for colder climates, featuring increased insulation behind the cabinetry to mitigate condensation—a common issue for fiberglass boats in North American waters.

Popular Mentions & Media

The Olympic Queen’s cultural footprint is most visible in the European and Mediterranean cruising circuits, where Olympic Marine remains a household name. While the specific "Queen" moniker is less frequent in modern media than the Adventure 42, the model line is frequently referenced in Greek sailing history as one of the first production fiberglass boats to prove the viability of high-volume yacht manufacturing in Greece. Olympic Marine maintains a historical record of its transition from these early sailing models to their current focus on powerboats and marina management, cementing the Queen's role as a bridge between traditional wooden boatbuilding and modern composite manufacturing.

Known Issues & Buyer’s Checklist

Prospective buyers of an Olympic Queen should approach the vessel with an understanding of 1970s fiberglass construction techniques. The following areas are critical for inspection:

• Deck Delamination: Like many boats from the 1970s, Olympic used a balsa or plywood core for the decks. Due to the age of the boat, the sealant around stanchion bases and deck hardware often fails. Potential buyers should use a phenolic hammer to sound the deck for "dead" thuds, indicating moisture ingress and core rot.
• Chainplate Integrity: The chainplates on the Queen series are robust but are often glassed into the bulkheads or bolted through heavy laminate. Crevice corrosion is a known risk, especially for boats that have spent decades in saltwater environments.
• Rudder Bushings: The skeg-hung rudder is a safety feature, but the bushings at the base of the skeg can wear over time, leading to a "thumping" sensation or vibration while under power or at high speeds.
• Osmotic Blistering: Early Olympic hulls used orthophthalic resins which are more prone to osmosis. While the hulls are thick and rarely suffer structural failure from blisters, a haul-out inspection is mandatory to check for "vinegar" smelling fluid behind the gelcoat.

Community & Resources

The primary resource for technical data and owner support for the Olympic Queen is the historical archive maintained by Olympic Marine in Greece. While no standalone "Queen Association" exists today, owners frequently congregate within broader Philip Rhodes design forums or Canadian classic boat societies. Technical inquiries regarding the Canadian-built versions are often directed to the Ted Brewer design community, as many of the shipwrights who worked on the Brewer-designed Olympic 42 also handled the production of the smaller Queen models in the Montreal facility.

The Verdict

The Olympic Queen is a "sailor’s sailboat" from an era where durability took precedence over speed. It is an ideal candidate for a budget-conscious cruiser looking for a vessel capable of coastal hops or even blue-water passages if properly refitted.

Pros:

• Extremely robust solid-fiberglass hull construction.
• Excellent tracking and heavy-weather handling due to the skeg and keel design.
• Timeless aesthetic with high-quality interior woodwork.

Cons:

• Sluggish performance in light winds (under 10 knots).
• Potential for high maintenance costs related to aging deck cores and original rigging.
• Limited availability in the North American market compared to European waters.